Bibliography
​
Block, I., 2021. Four technologies tackling the problem of river plastic pollution. [online] Dezeen.
Business Insider. 2019. The massive plastic-cleaning device a 25-year-old invented is finally catching some trash in the Great Pacific Garbage Patch. Take a look at its journey.. [online]
Laird, K., 2021. Plaxx, a clean substitute for fossil-based heavy fuel oil?. [online] plasticstoday.com.
Open Access Government. 2019. Is a plastic-eating enzyme the solution to our plastic problem?. [online]
Rader, D. (2018, July 13). Are plastic-eating bacteria the solution to ocean pollution? It's not that simple, science shows. [online]
​
The Guardian. 2020. New super-enzyme eats plastic bottles six times faster. [online]
​
Upworthy. 2021. Scientists discovered a mushroom that eats plastic, and believe it could clean our landfills.. [online]
US EPA. 2021. Trash Capture Technologies | US EPA. [online]
Yale Climate Connections. 2021. Why plastics can be garbage for the climate. [online]
​
PNAS Proceedings of the National Academy of Sciences of the United States of America. 2020. Characterization and engineering of a two-enzyme system of plastic depolymerization. [online]
​
Recycling Today. 2017. Recycling Technologies awarded for Plaxx oil. [online]
​
Plastics Today. 2016. Plaxx, a clean substitute for fossil-based heavy fuel oil? [online]
​
EcoWatch. 2020. The Ocean Cleanup's 'Interceptor' Aims to Clean 1,000 Rivers in 5 Years. Will It Work? [online]
​
Nature Communications. 2019. Structure of the plastic-degrading Ideonella sakaiensis MHETase bound to a substrate. [online]
​
Sci News. 2016. Ideonella sakaiensis: Newly Discovered Bacterium Can Break Down, Metabolize Plastic. [online]
​
The Manufacturer. 2019. Plastic: Recycling the Unrecyclable. [online]
​
The Ocean Cleanup. 2021. The Interceptor. [online]
​
ScienceDirect. Chapter Sixteen - Structural Analysis of PET-degrading enzymes PETase and MHETase from Ideonella sakaiensis. [online]
​
​